VEP manufactures a variety of Copper Liquid cooled heat sink assembly kits that work with SCR devices from 33mm to 100mm. Bolt holes centers vary from 2.75" to 7.5". These items are stocked and come with the shortest lead times in the industry. All liquid cooled heat sink kits come with nickel plated copper chill blocks, the recommended clamps and SCR locating pins already installed. (read more)

Omron's G3PB Solid State Contactor for three-phase loads now offers improved heat sink construction and increased 480 VAC operating voltage. The heat sink design allows the G3PB to save panel space and helps the relay to operate cooler for a long service life. It also allows for industry mounting and can be used in place of mercury contactors and relays. (read more)

The Modular Heat Sink Assembly provides a modern, economical, labor saving, replacement of diodes, SCR or IGBT modules for traditional ceramic capsule (hockey puc) or stud assemblies. (read more)

In order to minimize overall utility costs for both fuel and electric consumption, Cycle-Therm supplies a proprietary heat sink media known as Cell Stone® ULTRA. Cell Stone® ULTRA is manufactured of Silica-based 2300 F° refractory material. (read more)

Pressurex^® Pressure Film Records Surface Pressure on a Heat Sink.... (read more)

CARLO GAVAZZI's new addition to the RJ Series Solitrons can now switch two or three phases, and are ideally suited to replace electromechanical contactors or mercury contactors in high switching frequency applications. (read more)

TSI Group, Inc. manufactures custom heat sinks to match your specifications. (read more)

VICTREX PEEK Polymer Offers a New Level of Performance, Reliability and Cost Savings to the Textile Machinery Industry

From bearings, bushings, and sleeves to yarn guides, wear strips, and coated rollers, components made with VICTREX PEEK polymer, VICOTE Coatings and APTIV films help keep textile machinery running at peak productivity levels. (read more)

A bonded fin heat sink removes the design limiting fin extrusion ratio found in extruded heat sinks. Typical extrusion fin ratios at VEP are generally from 4:1 up to 16:1. However, VEP currently produces a bonded fin heat sink with a ratio of 44:1.Ratios higher than 44:1 are possible as well. (read more)

Heat sinks function by efficiently transferring thermal energy from an object at high temperature to a second object at a lower temperature with a much greater heat capacity There are many things to consider when dealing with extruded heat sinks, including to extrusion considerations such as, cost, tolerances, extrudablitiy, manufacturing considerations and heat sink design. (read more)